Accuracy expressed as a percentage [1]Exactitude exprimée en pourcentage [1]Genauigkeit in relativen Einheiten [1]

algebraic difference between the extreme values obtained by a number of consecutive measurements of the output over a short period of time for the same value of the input under the same operating conditions, approaching from the same direction, for full range traverses

basis for stating a percentage measured error

equation from which the measured error of a device can be calculated

largest positive or negative value of error of the average upscale or downscale value at each point of measurement expressed as a percentage of range, span or measured value

maximum positive and negative deviation from the specified characteristic curve observed in testing a device under specified conditions and by a specified procedure, expressed as percentage of ideal span

basis for stating an inaccuracy

difference between consecutive upscale and downscale outputs for any single test cycle at the same input test point

finite range of values within which variation of the input variable does not produce any noticeable change in the output variable

basis for stating a percentage deadband

equation from which the non-repeatability of a device can be calculated

basis for stating a non-repeatability

non-linearity determined by drawing a straight line so that it coincides, with the average calibration curve at the upper range value and at the lower range value

non-linearity determined by drawing a straight line so that it coincides with, the average calibration curve at the lower range value (zero), and minimizes the maximum, deviation

non-linearity determined by drawing a straight line through the average, curve in such a way as to minimize the maximum deviation

non-conformity determined by drawing a straight line so that it coincides, with the average calibration curve at the upper range value and at the lower range value

non-conformity determined by drawing a straight line so that it coincides with, the average calibration curve at the lower range value (zero), and minimizes the maximum, deviation

non-conformity determined by drawing a straight line through the average, curve in such a way as to minimize the maximum deviation

classification of a non-linearity/non-conformity statement based on the method used to determine inaccuracy according to IEC 61298-2:2008, 4.1.8

equation from which the inaccuracy of a device can be calculated

for differential pressure measuring devices, square root of: nonlinearity^2 + (maximum ambient temperature error per 28 °C change)^2 + (maximum static zero point error per 69 bar change)^2 + (maximum static span error per 69 bar change)^2, expressed as percentage of span

for differential pressure measuring devices, square root of: nonlinearity^2 + (maximum ambient temperature error per 28 °C change)^2 + (maximum static span error per 69 bar change)^2, expressed as percentage of span

for differential pressure measuring devices, square root of: nonlinearity^2 + (maximum ambient temperature error in the range of -10 °C...60 °C)^2 + (maximum static zero point error per 69 bar change)^2 + (maximum static span error per 69 bar change)^2, expressed as percentage of span

for differential pressure measuring devices, square root of: nonlinearity^2 + (maximum ambient temperature error in the range of -10 °C...60 °C)^2 + (maximum static span error per 69 bar change)^2, expressed as percentage of span

for differential pressure measuring devices, total error for one year, calculated by the sum of the total performance (differential pressure, 69 bar, 28 °C, zero and span) and the long term drift per annum, expressed as percentage of span

for differential pressure measuring devices, total error for one year, calculated by the sum of the total performance (differential pressure, 69 bar, 28 °C, span) and the long term drift per annum, expressed as percentage of span

for differential pressure measuring devices, total error for one year, calculated by the sum of the total performance (differential pressure, 69 bar, -10 °C to 60 °C, zero and span) and the long term drift per annum, expressed as percentage of span

for differential pressure measuring devices, total error for one year, calculated by the sum of the total performance (differential pressure, 69 bar, -10 °C to 60 °C, span) and the long term drift per annum, expressed as percentage of span

accuracy, expressed as percentage of the output value, of the output after the mathematical function of square root

for differential pressure measuring devices, square root of: nonlinearity^2 + (maximum ambient temperature error per 28 °C change)^2 + (maximum static zero point error per 69 bar change)^2+(maximum static span error per 69 bar change)^2 +(the static overpressure effect on one side of a differential pressure)^2, expressed as percentage of span

for absolute or gauge pressure measuring devices, square root of: nonlinearity^2 + (maximum ambient temperature error per 28 °C change)^2, expressed as percentage of span

for absolute or gauge pressure measuring devices, square root of: nonlinearity^2 + (maximum ambient temperature error in the range of -10 °C...60 °C)^2, expressed as percentage of span

for absolute or gauge pressure measuring devices, total error for one year, calculated by the sum of total performance (absolute or gauge pressure, 28 °C) and the long term drift per annum, expressed as percentage of span

for absolute or gauge pressure measuring devices, total error for one year, calculated by the sum of the total performance (absolute or gauge pressure, -10 °C to 60 °C) and the long term drift per annum, expressed as percentage of span

reference to block ABC277

quality which characterizes the ability of a measuring instrument to provide an indicated value close to a true value of the measurand expressed as a percentage of reading, span or full range etc. under reference conditions

basis for stating an accuracy expressed as percentage

probability, generally expressed as a percentage, that the true value of a statistically estimated quantity falls within a pre-established interval about the estimated value